City
Epaper

Excessive fog affecting pigeon pea crop in Karnataka's Kalaburagi

By ANI | Updated: October 25, 2020 05:45 IST

Pigeon pea (Tur) crop in Karnataka's Kalaburagi has been severely affected due to fog and flood, Raju Tagali, senior scientist at Krishi Vigyan Kendra said on Saturday.

Open in App

Pigeon pea (Tur) crop in Karnataka's Kalaburagi has been severely affected due to fog and flood, Raju Tagali, senior scientist at Krishi Vigyan Kendra said on Saturday.

Speaking to Tagali suggested farmers to spray chemicals on their crop to prevent them from damage.

"Excessive fog increases the chances of diseases that lead to wilting of leaves and flowers. We are suggesting farmers to spray chemicals," Tagali told .

He said the majority of the crop has been affected by the flood in the district.

"The crops which were near the river in the state have been affected and majority of them have been affected by the flood in several parts of the district due to rain," he said.

Notably, Karnataka has been receiving very heavy rainfall from the past couple of weeks, leading to a surge in levels of water bodies and a situation of floods in some parts of the state.

( With inputs from ANI )

Disclaimer: This post has been auto-published from an agency feed without any modifications to the text and has not been reviewed by an editor

Tags: Raju tagaliKrishi Vigyan Kendra
Open in App

Related Stories

NationalKrishi Vigyan Kendra in Karnataka provides training to farmers in beekeeping

Centre to use digital technology to transform agriculture, double farmers' income by 2022

National Realted Stories

NationalMP Board declares Class 10 and 12 results, girls top both categories

NationalFive killed in car-truck collision in Karnataka's Dharwad

NationalED raids 10 locations in Ahmedabad linked to Rs 100 crore Waqf Board fraud

NationalUttar Pradesh Violence: Former BJP MP Akshayabar Lal Gond Attacked by Armed Mob During Religious Event in Bahraich

NationalUPI QR codes record 91.5 pc surge to 657.9 million, credit card growth slows